Airfiber Ceragon Appendices

7/25/2019 Airfiber Ceragon Appendices

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Evolution Series

User Manual

B4065Rev. J

This manual is the property of Nera Networks AS. No parts of the manual may be copied, rewritten or distributed to third parties without the written permission from NeraNetworks AS.For best readability, a screen resolution of at least 1280 by 1024 pixels is recommended.

In addition to the WEB edition, the manual is available in PDFformat(suitable for print-out).

If you don't have Adobe Acrobat Reader installed on your computer, you can download it below.

Download Adobe Acrobat Reader

The manual is divided in 5 main parts:

General

Installation

Operation

Maintenance

Appendices

This part gives a general overview of the Evolution Series equipment

Gives the details on how to install the equipment

Describes how to operate the system with emphasis on the Evolution Series Manager

Gives details on maintenance of the equipment

A collection of frequency plans, alarm lists, technical specifications etc.

Part:Appendices


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Table of Contents

General

Installation

Operation

Maintenance

Appendi cesFrequency PlansL6G

U6G

7G8G

11G

13G

15G

18G23G

26G

Al arm Li st sElement Alarms

IFU Alarms

IFU METRO Basic Frame AlarmsIFU XPAND Basic Frame Alarms

SU AlarmsLIU Electrical Alarms

LIU Optical Alarms

RIU Alarms

FAN Alarms

ODU Alarms

Auxiliary 64kb/s AlarmsEOW Alarms

ACU AlarmsE1/T1 Wayside Alarms

Gigabit Ethernet Alarms

E1/T1 Units Alarms

DS3/E3 Alarms

Performance Alarms

DXC AlarmsSETS Alarms

Mapping Structure

Mini Balun Termination

Gigabit Ethernet Config.Ab br evi ati on s


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Frequency Plans

Lower 6GHz

L6_4 ITU-R F.383-7 - CS(29.65) - DS(252.04) - 5.9-6.4

L6_5 CEPT 14-01 E - CS(29.65) - DS(252.04) - 5.9-6.4

L6_6 FCC 101.147 (i-8) - CS(29.65) - DS(252.04) - 5.9-6.4

L6_7 SRSP-305.9 Group A - CS(29.65) - DS(252.04) - 5.9-6.4

n# RF-freq (MHz) n'# RF-freq (MHz)

1 5945,2 1' 6197,24

2 5974,85 2' 6226,89

3 6004,5 3' 6256,544 6034,15 4' 6286,19

5 6063,8 5' 6315,84

6 6093,45 6' 6345,49

7 6123,1 7' 6375,14

8 6152,75 8' 6404,79

L6_8 SRSP-305.9 Group B - CS(29.65) - DS(252.04) - 5.9-6.4

n# RF-freq (MHz) n' # RF-freq (MHz)

1 5930,37 1' 6182,41

2 5960,02 2' 6212,06

3 5989,67 3' 6241,71

4 6019,32 4' 6271,36

5 6048,97 5' 6301,01

6 6078,62 6' 6330,66

7 6108,27 7' 6360,31

8 6137,92 8' 6389,96


4/61

Frequency Plans

Upper 6GHz

U6_8 ITU-R F.384 - CS(30) - DS(340) - 6.4-7-1


1 6460 1' 6800

2 6490 2' 6830

3 6520 3' 6860

4 6550 4' 6890

5 6580 5' 6920

6 6610 6' 69507 6640 7' 6980

8 6670 8' 7010

9 6700 9' 7040

10 6730 10' 7070

U6_9 ITU-R F.384 - CS(40) - DS(340) - 6.4-7-1

U6_10 CEPT 14-02 E - CS(40) - DS(340) - 6.4-7-1


1 6460 1' 6800

2 6500 2' 6840

3 6540 3' 6880

4 6580 4' 6920

5 6620 5' 6960

6 6660 6' 7000

7 6700 7' 7040

8 6740 8' 7080

U6_11 SRSP-306.4 - CS(30) - DS(340) - 6.4-7-1


1 6445 1' 6785

2 6475 2' 6815

3 6505 3' 6845

4 6535 4' 68755 6565 5' 6905


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U6_12 SRSP-306.4 - CS(30) - DS(100) - 6.4-7-1


1 6595 1' 6695

2 6625 2' 6725

3 6655 3' 6755


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Frequency Plans

7GHz

ITU-R F.385-8 Rec 1-4 includes three channel arrangements with a Duplex spacing of 161 MHz.

7.125-7.425 f0 = 7 2757.250-7.550 f0 = 7 4007.425-7.725 f0 = 7 575

The actual channel BWcan be set to 7 MHz, 14 MHz or 28 MHz, depending on selected datarate.All channels can be used for all datarates.

The plans are based on the following formula:lower half of the band: fn = f0 154 + 7 nupper half of the band: fn = f0 + 7 + 7 nwhere: n = 1, 2, 3, ..., 20;Interleaved channels between ch 1-20 may also be used.

Due to the large number of channels no template is presented.

7_26 CEPT 02-06 - CS(28) - DS(154) - 7.1-7.4


1 7142 1' 7296

2 7170 2' 7324

3 7198 3' 7352

4 7226 4' 7380

5 7254 5' 7408

7_27 ITU-R F.385-8 Annex 1, 1 - CS(28) - DS(154) - 7.4-7.7

7_28 CEPT 02-06 - CS(28) - DS(154) - 7.4-7.7


1 7442 1' 7596

2 7470 2' 7624

3 7498 3' 7652

4 7526 4' 7680

5 7554 5' 7708


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1 7456 1' 7610

2 7484 2' 7638

3 7512 3' 7666

4 7540 4' 7694

7_47 ITU-R F.385-8 Annex 3 - CS(28) - DS(154) - 7.4-7.7


1 7457 1' 7625

2 7485 2' 7653

3 7513 3' 76814 7541 4' 7709

5 7569 5' 7737

7_48 CS(28) - DS(182) - 7.4-7.7


1 7428 1' 7610

2 7456 2' 7638

3 7484 3' 7666

4 7512 4' 7694

5 7540 5' 7722

7_49 ITU-R F.385-8 Annex 3 - CS(28) - DS(196) - 7.1-7.4

n# RF-freq (MHz) n' # RF-freq (MHz)1 7121 1' 7317

2 7149 2' 7345

3 7177 3' 7373

4 7205 4' 7401

5 7233 5' 7429

7_2 9 ITU-R F.385-8 Annex 1, 4 - CS(28) - DS(154) - 7.4-7.7


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7 7610 7' 7855

8 7638 8' 7883

7_51 SRSP-307.1 - CS(30) - DS(150) - 7.4-7.7


1 7440 1' 7590

7_52 SRSP-307.1 - CS(30) - DS(175) - 7.1-7.4


1 7140 1' 7315

7_53 Korea - CS(30) - DS(300) - 7.1-7.7


1 7140 1' 7440

2 7170 2' 7470

3 7200 3' 7500

4 7230 4' 7530

5 7260 5' 7560

6 7290 6' 7590

7 7320 7' 7620

8 7350 8' 7650

9 7380 9' 7680

10 7410 10' 7710

7_54 ACA RALI FX 3, App 1, 7.2 - 7.1-7.4


1 7130 1' 7400

7_5 0 ITU-R F.385-8 Annex 4 - CS(28) - DS(245) - 7.4-7.9


1 7442 1' 7687

2 7470 2' 7715

3 7498 3' 7743

4 7526 4' 7771

5 7554 5' 77996 7582 6' 7827


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Frequency Plans

8GHz8_1 ITU-R F.386-6 Annex 1 - CS(29.65) - DS(311.32) - 7.7-8.3


1 7747,7 1' 8059,02

2 7777,35 2' 8088,67

3 7807 3' 8118,32

4 7836,65 4' 8147,97

5 7866,3 5' 8177,62

6 7895,95 6' 8207,27

7 7925,6 7' 8236,92

8 7955,25 8' 8266,57

8_2 ITU-R F.386-6 Annex 1, 4 - CS(29.65) - DS(311.32) - 7.7-8.3


1 7732,875 1' 8044,195

2 7762,525 2' 8073,845

3 7792,175 3' 8103,495

4 7821,825 4' 8133,145

5 7851,475 5' 8162,795

6 7881,125 6' 8192,445

7 7910,775 7' 8222,095

8 7940,425 8' 8251,745

8_3 SRSP-307.7 - CS(30) - DS(300) - 7.7-8.3

n# RF-freq (MHz) n'# RF-freq (MHz)1 7740 1' 8040

2 7770 2' 8070

3 7800 3' 8100

4 7830 4' 8130

5 7860 5' 8160

6 7890 6' 8190

7 7920 7' 8220

8 7950 8' 8250


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1 7745 1' 8055

2 7785 2' 8095

3 7825 3' 8135

4 7865 4' 8175

5 7905 5' 82156 7945 6' 8255

8_7 ITU-R F.386-6 Annex 4, 1 - CS(28) - DS(266) - 7.9-8.4


1 7926 1' 8192

2 7954 2' 8220

3 7982 3' 8248

4 8010 4' 8276

5 8038 5' 8304

6 8066 6' 8332

7 8094 7' 8360

8 8122 8' 8388

8_11 CEPT 02-06 - CS(28) - DS(310) - 7.9-8.5


1 7919 1' 8229

2 7947 2' 8257

3 7975 3' 8285

4 8003 4' 8313

5 8031 5' 8341

6 8059 6' 8369

7 8087 7' 8397

8 8115 8' 84259 8143 9' 8453

10 8171 10' 8481

8_16 Norway - CS(28) - DS(154) - 8.2-8.5


1 8217 1' 83712 8245 2' 8399

3 8273 3' 8427

4 8301 4' 8455

5 8329 5' 8483

8_4 Korea - CS(40) - DS(310) - 7.7-8.3


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8_19 ITU-R F.386-6 Annex 3, 1.1 - CS(14) - DS(119) - 8.2-8.5

n # RF-f req (MHz) n '# RF-f req (MHz)

1 8293 1' 8412

2 8307 2' 8426

3 8321 3' 8440

4 8335 4' 8454

5 8349 5' 8468

6 8363 6' 8482

8_20 ITU-R F.386-6 Annex 3, 1.2 - CS(7) - DS(126) - 8.2-8.5


1 8286 1' 8412

2 8293 2' 84193 8300 3' 8426

4 8307 4' 8433

5 8314 5' 8440

6 8321 6' 8447

7 8328 7' 8454

8 8335 8' 8461

9 8342 9' 8468

10 8349 10' 8475

11 8356 11' 8482

12 8363 12' 8489


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Frequency Plans

11GHz

11_6 ITU-R F.387-9 Rec. 1 - CS(40) - DS(530) - 10.7-11.7


1 10715 1' 11245

2 10755 2' 11285

3 10795 3' 11325

4 10835 4' 11365

5 10875 5' 11405

6 10915 6' 114457 10955 7' 11485

8 10995 8' 11525

9 11035 9' 11565

10 11075 10' 11605

11 11115 11' 11645

12 11155 12' 11685

11_7 ITU-R F.387-9 Annex 1 - CS(40) - DS(530) - 10.7-11.711_8 CEPT 12-06 E Rec. 1 - CS(40) - DS(530) - 10.7-11.7


1 10735 1' 11265

2 10775 2' 11305

3 10815 3' 11345

4 10855 4' 11385

5 10895 5' 11425

6 10935 6' 11465

7 10975 7' 11505

8 11015 8' 11545

9 11055 9' 11585

10 11095 10' 11625

11 11135 11' 11665


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2 10775 2' 11265

3 10815 3' 11305

4 10855 4' 11345

5 10895 5' 11385

6 10935 6' 11425

7 10975 7' 11465

8 11015 8' 11505

9 11055 9' 11545

10 11095 10' 1158511 11135 11' 11625

12 11175 12' 11665

11_13 FCC 101.147 (o-6) - CS(30/40) - DS(490/530) - 10.7-11.7


1 10715 1' 11215

2 10755 2' 11245

3 10795 3' 11285

4 10835 4' 11325

5 10875 5' 11365

6 10915 6' 11405

7 10955 7' 11445

8 10995 8' 11485

9 11035 9' 11525

10 11075 10' 11565

11 11115 11' 11605

12 11155 12' 1164513 11185 13' 11685

11 _9 ITU-R F.387-9 Annex 2 - CS(40) - DS(490) - 10.7-11.7

11_10 CEPT 12-06 E Rec. 3 - CS(40) - DS(490) - 10.7-11.7

11_11 FCC 101.147 (o-7) - CS(40) - DS(490) - 10.7-11.7

11_12 SRSP-310.7 - CS(40) - DS(490) - 10.7-11.7

n # RF-f req (MHz) n '# RF-f req (MHz)1 10735 1' 11225


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16 11175 16' 11665

11_15 CS(40) - DS(530) - 10.7-11.5


1 10735 1' 112652 10775 2' 11305

3 10815 3' 11345

4 10855 4' 11385

5 10895 5' 11425

6 10935 6' 11465

11_16 CS(40) - DS(490) - 10.7-11.7


1 10755 1' 11245

2 10795 2' 11285

3 10835 3' 11325

4 10875 4' 11365

5 10915 5' 11405

6 10955 6' 11445

7 10995 7' 11485

8 11035 8' 115259 11075 9' 11565

10 11115 10' 11605

11 11155 11' 11645

11 _14 SRSP-310.7 - CS(30) - DS(490) - 10.7-11.7


1 10725 1' 11215

2 10755 2' 11245

3 10785 3' 11275

4 10815 4' 113055 10845 5' 11335

6 10875 6' 11365

7 10905 7' 11395

8 10935 8' 11425

9 10965 9' 11455

10 10995 10' 11485

11 11025 11' 11515

12 11055 12' 11545

13 11085 13' 11575

14 11115 14' 11605

15 11145 15' 11635


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Frequency Plans

13GHz

13_9 ITU-R F.497 - CS(28) - DS(266) - 12.7-13.3

13_10 CEPT 12-02 E - CS(28) - DS(266) - 12.7-13.3


1 12765 1' 13031

2 12793 2'' 13059

3 12821 3' 13087

4 12849 4' 13115

5 12877 5' 131436 12905 6' 13171

7 12933 7' 13199

8 12961 8' 13227


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Frequency Plans

15GHz

15_8 CEPT 12-07E - CS(28) - DS(728) - 14.5-15.35


1 14515 1' 15243

2 14543 2' 15271

3 14571 3' 15299

4 14599 4' 15327

15_10 ITU-R F.636 - CS(28) - DS(490) - 14.4-15.35


1 14417 1' 14907

2 14445 2' 14935

3 14473 3' 14963

4 14501 4' 14991

5 14529 5' 15019

6 14557 6' 150477 14585 7' 15075

8 14613 8' 15103

9 14641 9' 15131

10 14669 10' 15159

11 14697 11' 15187

12 14725 12' 15215

13 14753 13' 15243

14 14781 14' 15271

15 14809 15' 15299

16 14837 16' 15327


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8 14711 8' 15131

9 14739 9' 15159

10 14767 10' 15187

11 14795 11' 15215

12 14823 12' 15243

13 14851 13' 15271

14 14879 14' 15299

15 14907 15' 15327

15_14 ACA - CS(28) - DS(644) - 14.5-15.35


1 14515 1' 15159

2 14543 2' 151873 14571 3' 15215

4 14599 4' 15243

5 14627 5' 15271

6 14655 6' 15299

7 14683 7' 15327

15_16 Mexico - CS(28) - DS(315) - 14.6-15.2


1 14662 1' 14977

2 14690 2' 15005

3 14718 3' 15033

4 14746 4' 15061

5 14774 5' 15089

6 14802 6' 15117

7 14830 7' 15145

8 14858 8' 151739 14886 9' 15201

15 _12 ITU-R F.636 - CS(28) - DS(420) - 14.5-15.35


1 14515 1' 14935

2 14543 2' 14963

3 14571 3' 14991

4 14599 4' 150195 14627 5' 15047

6 14655 6' 15075

7 14683 7' 15103


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1 14529 1' 15257

2 14585 2' 15313

15_19 Argentina - CS(28) - DS(322) - 14.6-15.2


1 14641 1' 14963

2 14669 2' 14991

3 14697 3' 15019

4 14725 4' 15047

5 14753 5' 150756 14781 6' 15103

7 14809 7' 15131

8 14837 8' 15159

9 14865 9' 15187

10 14893 10' 15215

15 _17 Japan - CS(40) - DS(470) - 14.5-15.2


1 14520 1' 14990

2 14560 2' 15030

3 14600 3' 15070

4 14640 4' 15110

15_18 CEPT 12-07E - CS(56) - DS(728) - 14.5-15.35


19/61

Frequency Plans

18GHz

18_16 ITU-R F.595 - CS(27.5) - DS(1010) - 17.7-19.7

18_17 CEPT 12-03 E - CS(27.5) - DS(1010) - 17.7-19.7


1 17727,5 1' 18737,5

2 17755 2' 18765

3 17782,5 3' 18792,5

4 17810 4' 18820

5 17837,5 5' 18847,5

6 17865 6' 18875

7 17892,5 7' 18902,5

8 17920 8' 18930

9 17947,5 9' 18957,5

10 17975 10' 18985

11 18002,5 11' 19012,5

12 18030 12' 19040

13 18057,5 13' 19067,5

14 18085 14' 19095

15 18112,5 15' 19122,516 18140 16'' 19150

17 18167,5 17' 19177,5

18 18195 18' 19205

19 18222,5 19' 19232,5

20 18250 20' 19260

21 18277,5 21' 19287,5

22 18305 22' 19315

23 18332,5 23' 19342,5

24 18360 24' 19370

25 18387,5 25' 19397,526 18415 26' 19425

27 18442,5 27' 19452,5

28 18470 28' 19480

29 18497,5 29' 19507,5

30 18525 30' 19535

31 18552,5 31' 19562,5

32 18580 32' 19590

33 18607,5 33' 19617,5

34 18635 34' 19645

35 18662,5 35' 19672,5


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18_18 China - CS(27.5) - DS(1092.5) - 17.7-19.7


1 17727,5 1' 18820

2 17755 2' 18847,5

3 17782,5 3' 18875

4 17810 4' 18902,55 17837,5 5' 18930

6 17865 6' 18957,5

7 17892,5 7' 18985

8 17920 8' 19012,5

9 17947,5 9' 19040

10 17975 10' 19067,5

11 18002,5 11' 19095

12 18030 12' 19122,5

13 18057,5 13' 19150

14 18085 14' 19177,515 18112,5 15' 19205

16 18140 16'' 19232,5

17 18167,5 17' 19260

18 18195 18' 19287,5

19 18222,5 19' 19315

20 18250 20' 19342,5

21 18277,5 21' 19370

22 18305 22' 19397,5

23 18332,5 23' 19425

24 18360 24' 19452,5

25 18387,5 25' 19480

26 18415 26' 19507,5

27 18442,5 27' 19535

28 18470 28' 19562,5

29 18497,5 29' 19590

30 18525 30' 19617,5

31 18552,5 31' 19645

32 18580 32' 19672,5


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10 17975 10' 19535

11 18002,5 11' 19562,5

12 18030 12' 19590

13 18057,5 13' 19617,514 18085 14' 19645

15 18112,5 15' 19672,5

18_21 FCC 101.147(r-6) - CS(40) - DS(1560) - 17.7-19.7


1 17720 1' 192802 17760 2' 19320

3 17800 3' 19360

4 17840 4' 19400

5 17880 5' 19440

6 17920 6' 19480

7 17960 7' 19520

8 18000 8' 19560

9 18040 9' 19600

10 18080 10' 19640

11 18120 11' 19680

18 _19 ITU-R F.595 - CS(27.5) - DS(1560) - 17.7-19.7

18_20 Norma No 15/96 - CS(27.5) - DS(1560) - 17.7-19.7


1 17727,5 1' 19287,5

2 17755 2' 19315

3 17782,5 3' 19342,54 17810 4' 19370

5 17837,5 5' 19397,5

6 17865 6' 19425

7 17892,5 7' 19452,5

8 17920 8' 19480

9 17947,5 9' 19507,5


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18_25 ITU-R F.595 - CS(55) - DS(1010) - 17.7-19.7

18_26 CEPT 12-03 E - CS(55) - DS(1010) - 17.7-19.7


1 17755 1' 18765

2 17810 2' 18820

3 17865 3' 18875

4 17920 4' 18930

5 17975 5' 18985

6 18030 6' 19040

7 18085 7' 19095

8 18140 8' 19150

9 18195 9' 19205

10 18250 10' 19260

11 18305 11' 19315

12 18360 12' 19370

13 18415 13' 19425

14 18470 14' 19480

15 18525 15' 19535

16 18580 16' 19590

17 18635 17' 19645

18 _22 Japan - CS(40) - DS(750) - 17.7-19.7


1 17870 1' 18620

2 17910 2' 18660

3 17950 3' 18700

18_23 ITU-R F.595 - CS(55) - DS(1560) - 17.7-19.7

18_24 Norma No 15/96 - CS(55) - DS(1560) - 17.7-19.7


1 17727,5 1' 19287,5

2 17782,5 2' 19342,5

3 17837,5 3' 19397,5

4 17892,5 4' 19452,55 17947,5 5' 19507,5

6 18002,5 6' 19562,5

7 18057,5 7' 19617,5

8 18112,5 8' 19672,5


23/61

4 17933,75 4' 18943,75

5 17988,75 5' 18998,75

6 18043,75 6' 19053,75

7 18098,75 7' 19108,75

8 18153,75 8' 19163,75

9 18208,75 9' 19218,75

10 18263,75 10' 19273,75

11 18318,75 11' 19328,75

12 18373,75 12' 19383,75

13 18428,75 13' 19438,7514 18483,75 14' 19493,75

15 18538,75 15' 19548,75

16 18593,75 16' 19603,75

17 18648,75 17' 19658,75

18 _28 NERA - CS(55) - DS(1010) - 17.7-19.7


1 17768,75 1' 18778,75

2 17823,75 2' 18833,75

3 17878,75 3' 18888,75

18 _27 ITU-R F.595 - CS(55) - DS(1010) - 17.7-19.7


1 17810 1' 18820

2 17865 2' 18875

3 17920 3' 18930

4 17975 4' 18985

5 18030 5' 19040

6 18085 6' 19095

7 18140 7' 19150

8 18195 8' 19205

9 18250 9' 19260

10 18305 10' 19315

11 18360 11' 19370

12 18415 12' 19425

13 18470 13' 19480

14 18525 14' 1953515 18580 15' 19590


24/61

Frequency Plans


25/61

Frequency Plans

23GHz

23_12 ITU-R F.637 Annex 3 - CS(28) - DS(1008) - 22.0-23.6

23_13 CEPT 13-02 E - CS(28) - DS(1008) - 22.0-23.6


1 22022 1' 23030

2 22050 2' 23058

3 22078 3' 23086

4 22106 4' 23114

5 22134 5' 23142

6 22162 6' 23170

7 22190 7' 23198

8 22218 8' 23226

9 22246 9' 23254

10 22274 10' 23282

11 22302 11' 23310

12 22330 12' 23338

13 22358 13' 23366

14 22386 14' 23394

15 22414 15' 2342216 22442 16' 23450

17 22470 17' 23478

18 22498 18' 23506

19 22526 19' 23534

20 22554 20' 23562

23 _14 ITU-R F.637-3 Annex 1 - CS(28) - DS(1232) - 21.2-23.6


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13 21574 13' 22806

14 21602 14' 22834

15 21630 15' 2286216 21658 16' 22890

17 21686 17' 22918

18 21714 18' 22946

19 21742 19' 22974

20 21770 20' 23002

21 21798 21' 23030

22 21826 22' 23058

23 21854 23' 23086

24 21882 24' 23114

25 21910 25' 23142

26 21938 26' 23170

27 21966 27' 23198

28 21994 28' 23226

29 22022 29' 23254

30 22050 30' 23282

31 22078 31' 23310

32 22106 32' 23338

33 22134 33' 23366

34 22162 34' 2339435 22190 35' 23422

36 22218 36' 23450

37 22246 37' 23478

38 22274 38' 23506

39 22302 39' 23534

40 22330 40' 23562


1 21238 1' 22470

2 21266 2' 22498

3 21294 3' 22526

4 21322 4' 22554

5 21350 5' 225826 21378 6' 22610

7 21406 7' 22638

8 21434 8' 22666

9 21462 9' 22694

10 21490 10' 22722

11 21518 11' 22750

12 21546 12' 22778


27/61

23 _20 ITU-R F.637-3 Annex 4 - CS(50) - DS(1200) - 21.2-23.0


28/61

11 21725 11' 22925

12 21775 12' 22975

23_21 ITU-R F.637-3 Annex 4 - CS(50) - DS(1200) - 21.8-23.6


1 21825 1' 23025

2 21875 2' 23075

3 21925 3' 23125

4 21975 4' 23175

5 22025 5' 23225

6 22075 6' 232757 22125 7' 23325

8 22175 8' 23375

9 22225 9' 23425

10 22275 10' 23475

11 22325 11' 23525

12 22375 12' 23575


1 21225 1' 22425

2 21275 2' 22475

3 21325 3' 22525

4 21375 4' 22575

5 21425 5' 226256 21475 6' 22675

7 21525 7' 22725

8 21575 8' 22775

9 21625 9' 22825

10 21675 10' 22875

23_25 FCC 101.147(s-6) - CS(50) - DS(1200) - 21.2-23.6 23 _24 FCC 101.147(s-5) - CS(50) - DS(1200) - 21.2-23.6


29/61


1 21220 1' 22420

2 21270 2' 22470

3 21320 3' 22520

4 21370 4' 22570

5 21420 5' 226206 21470 6' 22670

7 21520 7' 22720

8 21570 8' 22770

9 21620 9' 22820

10 21670 10' 22870

11 21720 11' 22920

12 21770 12' 22970

13 21820 13' 23020

14 21870 14' 23070

15 21920 15' 2312016 21970 16' 23170

17 22020 17' 23220

18 22070 18' 23270

19 22120 19' 23320

20 22170 20' 23370

21 22220 21' 23420

22 22270 22' 23470

23 22320 23' 23520

24 22370 24' 23570


1 21235 1' 22435

2 21285 2' 22485

3 21335 3' 22535

4 21385 4' 22585

5 21435 5' 226356 21485 6' 22685

7 21535 7' 22735

8 21585 8' 22785

9 21635 9' 22835

10 21685 10' 22885

11 21735 11' 22935

12 21785 12' 22985

13 21835 13' 23035

14 21885 14' 23085

15 21935 15' 2313516 21985 16' 23185

17 22035 17' 23235

18 22085 18' 23285

19 22135 19' 23335

20 22185 20' 23385

21 22235 21' 23435

22 22285 22' 23485

23 22335 23' 23535

24 22385 24' 23585

23 26 FCC 101 147(s 7) CS(50) DS(1200) 21 2 23 6


30/61

16 21975 16' 23175

17 22025 17' 23225

18 22075 18' 23275

19 22125 19' 23325

20 22175 20' 23375

21 22225 21' 23425

22 22275 22' 23475

23 22325 23' 23525

24 22375 24' 23575

23 _26 FCC 101.147(s-7) - CS(50) - DS(1200) - 21.2-23.6


1 21225 1' 22425

2 21275 2' 22475

3 21325 3' 22525

4 21375 4' 225755 21425 5' 22625

6 21475 6' 22675

7 21525 7' 22725

8 21575 8' 22775

9 21625 9' 22825

10 21675 10' 22875

11 21725 11' 22925

12 21775 12' 22975

13 21825 13' 23025

14 21875 14' 2307515 21925 15' 23125

Frequency Plans


31/61

eque cy a s

26GHz

26_3 ITU-R F.748 Annex 1 - CS(7) - DS(1008) - 24.25-26.5

26_4 CEPT 13-02 E - CS(7) - DS(1008) - 24.25-26.5


1 24552,5 1' 25560,5

2 24559,5 2' 25567,5

3 24566,5 3' 25574,5

4 24573,5 4' 25581,5

5 24580,5 5' 25588,5

6 24587,5 6' 25595,57 24594,5 7' 25602,5

8 24601,5 8' 25609,5

9 24608,5 9' 25616,5

10 24615,5 10' 25623,5

11 24622,5 11' 25630,5

12 24629,5 12' 25637,5

13 24636,5 13' 25644,5

14 24643,5 14' 25651,5

15 24650,5 15' 25658,516 24657,5 16' 25665,5

17 24664,5 17' 25672,5

18 24671,5 18' 25679,5

19 24678,5 19' 25686,5

20 24685,5 20' 25693,5

21 24692,5 21' 25700,5

22 24699,5 22' 25707,5

23 24706,5 23' 25714,5

24 24713,5 24' 25721,5

25 24720,5 25' 25728,526 24727,5 26' 25735,5

27 24734,5 27' 25742,5

28 24741,5 28' 25749,5

29 24748,5 29' 25756,5

30 24755,5 30' 25763,5

31 24762,5 31' 25770,5

32 24769,5 32' 25777,5

33 24776,5 33' 25784,5

34 24783,5 34' 25791,5

35 24790,5 35' 25798,536 24797,5 36' 25805,5

37 24804,5 37' 25812,5

38 24811,5 38' 25819,5

39 24818,5 39' 25826,5

40 24825,5 40' 25833,5

41 24832 5 41' 25840 5


32/61

41 24832,5 41' 25840,5

42 24839,5 42' 25847,5

43 24846,5 43' 25854,5

44 24853,5 44' 25861,5

45 24860,5 45' 25868,5

46 24867,5 46' 25875,5

47 24874,5 47' 25882,548 24881,5 48' 25889,5

49 24888,5 49' 25896,5

50 24895,5 50' 25903,5

51 24902,5 51' 25910,5

52 24909,5 52' 25917,5

53 24916,5 53' 25924,5

54 24923,5 54' 25931,5

55 24930,5 55' 25938,5

56 24937,5 56' 25945,5

57 24944,5 57' 25952,558 24951,5 58' 25959,5

59 24958,5 59' 25966,5

60 24965,5 60' 25973,5

61 24972,5 61' 25980,5

62 24979,5 62' 25987,5

63 24986,5 63' 25994,5

64 24993,5 64' 26001,5

65 25000,5 65' 26008,5

66 25007,5 66' 26015,567 25014,5 67' 26022,5

68 25021,5 68' 26029,5

69 25028,5 69' 26036,5

70 25035,5 70' 26043,5

71 25042,5 71' 26050,5

72 25049,5 72' 26057,5

73 25056,5 73' 26064,5

74 25063,5 74' 26071,5

75 25070,5 75' 26078,5

76 25077,5 76' 26085,577 25084,5 77' 26092,5

78 25091,5 78' 26099,5

79 25098,5 79' 26106,5

80 25105,5 80' 26113,5

81 25112,5 81' 26120,5

82 25119,5 82' 26127,5

83 25126,5 83' 26134,5

84 25133,5 84' 26141,5

85 25140,5 85' 26148,5

86 25147,5 86' 26155,587 25154,5 87' 26162,5

88 25161,5 88' 26169,5

89 25168,5 89' 26176,5

90 25175,5 90' 26183,5

91 25182,5 91' 26190,5

92 25189 5 92' 26197 5


33/61

92 25189,5 92 26197,5

93 25196,5 93' 26204,5

94 25203,5 94' 26211,5

95 25210,5 95' 26218,5

96 25217,5 96' 26225,5

97 25224,5 97' 26232,5

98 25231,5 98' 26239,599 25238,5 99' 26246,5

100 25245,5 100' 26253,5

101 25252,5 101' 26260,5

102 25259,5 102' 26267,5

103 25266,5 103' 26274,5

104 25273,5 104' 26281,5

105 25280,5 105' 26288,5

106 25287,5 106' 26295,5

107 25294,5 107' 26302,5

108 25301,5 108' 26309,5109 25308,5 109' 26316,5

110 25315,5 110' 26323,5

111 25322,5 111' 26330,5

112 25329,5 112' 26337,5

113 25336,5 113' 26344,5

114 25343,5 114' 26351,5

115 25350,5 115' 26358,5

116 25357,5 116' 26365,5

117 25364,5 117' 26372,5118 25371,5 118' 26379,5

119 25378,5 119' 26386,5

120 25385,5 120' 26393,5

121 25392,5 121' 26400,5

122 25399,5 122' 26407,5

123 25406,5 123' 26414,5

124 25413,5 124' 26421,5

125 25420,5 125' 26428,5

126 25427,5 126' 26435,5

127 25434,5 127' 26442,5128 25441,5 128' 26449,5

26_5 ITU-R F.748 Annex 1 - CS(14) - DS(1008) - 24.25-26.5

26_6 CEPT 13-02 E - CS(14) - DS(1008) - 24.25-26.5


1 24556 1' 25564

2 24570 2' 25578

3 24584 3' 25592

4 24598 4' 25606

5 24612 5' 25620

6 24626 6' 25634

7 24640 7' 25648

8 24654 8' 25662


34/61

8 24654 8 25662

9 24668 9' 25676

10 24682 10' 25690

11 24696 11' 25704

12 24710 12' 25718

13 24724 13' 25732

14 24738 14' 2574615 24752 15' 25760

16 24766 16' 25774

17 24780 17' 25788

18 24794 18' 25802

19 24808 19' 25816

20 24822 20' 25830

21 24836 21' 25844

22 24850 22' 25858

23 24864 23' 25872

24 24878 24' 25886

25 24892 25' 25900

26 24906 26' 25914

27 24920 27' 25928

28 24934 28' 25942

29 24948 29' 25956

30 24962 30' 25970

31 24976 31' 25984

32 24990 32' 25998

33 25004 33' 2601234 25018 34' 26026

35 25032 35' 26040

36 25046 36' 26054

37 25060 37' 26068

38 25074 38' 26082

39 25088 39' 26096

40 25102 40' 26110

41 25116 41' 26124

42 25130 42' 26138

43 25144 43' 2615244 25158 44' 26166

45 25172 45' 26180

46 25186 46' 26194

47 25200 47' 26208

48 25214 48' 26222

49 25228 49' 26236

50 25242 50' 26250

51 25256 51' 26264

52 25270 52' 26278

53 25284 53' 2629254 25298 54' 26306

55 25312 55' 26320

56 25326 56' 26334

57 25340 57' 26348

58 25354 58' 26362

59 25368 59' 26376


35/61

59 25368 59 26376

60 25382 60' 26390

61 25396 61' 26404

62 25410 62' 26418

63 25424 63' 26432

64 25438 64' 26446

26_7 ITU-R F.748 Annex 1 - CS(28) - DS(1008) - 24.25-26.5

26_8 CEPT 13-02 E - CS(28) - DS(1008) - 24.25-26.5


1 24563 1' 25571

2 24591 2' 25599

3 24619 3' 25627

4 24647 4' 25655

5 24675 5' 25683

6 24703 6' 25711

7 24731 7' 25739

8 24759 8' 25767

9 24787 9' 25795

10 24815 10' 25823

11 24843 11' 25851

12 24871 12' 25879

13 24899 13' 2590714 24927 14' 25935

15 24955 15' 25963

16 24983 16' 25991

17 25011 17' 26019

18 25039 18' 26047

19 25067 19' 26075

20 25095 20' 26103

21 25123 21' 26131

22 25151 22' 26159

23 25179 23' 2618724 25207 24' 26215

25 25235 25' 26243

26 25263 26' 26271

27 25291 27' 26299

28 25319 28' 26327

29 25347 29' 26355

30 25375 30' 26383

31 25403 31' 26411

32 25431 32' 26439

26 10 CEPT 13-02 E - CS(56) - DS(1008) - 24 25-26 5

26 _9 ITU-R F.748 Annex 1 - CS(56) - DS(1008) - 24.25-26.5


36/61

26_10 CEPT 13 02 E CS(56) DS(1008) 24.25 26.5


1 24577 1' 25585

2 24633 2' 25641

3 24689 3' 25697

4 24745 4' 257535 24801 5' 25809

6 24857 6' 25865

7 24913 7' 25921

8 24969 8' 25977

9 25025 9' 26033

10 25081 10' 26089

11 25137 11' 26145

12 25193 12' 26201

13 25249 13' 26257

14 25305 14' 26313

15 25361 15' 26369

16 25417 16' 26425


37/61

RPS CH7 ON

PROTECTION Channel7 is using the protection channel INFO /ne

RPS CH1


38/61

RPS CH1

ACTIVE Rx System is receiving on Channel 1 (HSB only) INFO /ne

RPS CH2

ACTIVE Rx System is receiving on Channel 2 (HSB only) INFO /ne

RPS CH1ACTIVE Tx

System is transmitting on Channel 1 (HSB only) INFO /ne

RPS CH2

ACTIVE Tx System is transmitting on Channel 2 (HSB only) INFO /ne

RPS SET RX

SWITCH FAILED Setting of Rx switch failed MAJOR

/ne/frame-x/ifu/Ch1

(Ch2)

RPS SET TX

MUTE FAILED Setting of mute Tx signal on ODU failed MAJOR

/ne/frame-x/slot-x/

ODU

RPS SET AIS

INSERT FAILED Setting of AIS failed MAJOR /ne

RPS SET TX

BRIDGE FAILED Setting of Tx bridge failed MAJOR /ne

RPS CHAN NOT

ALLIGNED RPS receive switch f ailure due to no alignment MAJOR /ne/frame-x

RPS XMTR BUS

LOC Loss of Clock on XMTR BUS MAJOR /ne

RPS RCVR BUS

LOC Loss of Clock on RCVR BUS MAJOR /ne

SW PACKAGE

DOWNLOAD IN

PROGRESS

Download of SW package to SU WARNING /ne

RTC ALARM The SU has been without power for more than 24 hours and lost the power

for the real time clock (RTC), or the RTC has been set to a date in the past WARNING /ne/frame-1/slot-1/su

NO RESPONSEFROM SNTP

SERVER

When SNTP is enabled, the SU will periodically poll the SNTP-server. Ifresponse is pending the alarm is raised. This indicates that the SNTP-

server or the network between the SU and the SNTP-server is down

WARNING /ne

SNTP STRATUM

EXCEEDED

LEVEL

The SNTP-server supplies a stratum level which is less than the SU

accepts WARNING /ne

SNTP STRATUM

UNAVAILABLE The quality of the time given by the SNTP server is unknown WARNING /ne

Alarm Name Alarm Info Perceived

Severity Source

IFU Alarms


39/61

Severity

ILLEGAL SLOT

POSITION One or more boards have been placed in an illegal slot position. WARNING /NE/frame-x

NEW BOARDDETECTED

One or more new boards have been inserted into slots where they havenot been configured. The alarm indicates that the housekeeping should

be run in order to configure the new boards

WARNING /NE/frame-x

IFU METRO Basic Frame Alarms


Severity Source

LOST CONTACT Communication between SU and IFU Basic Frame failed MAJOR /ne/frame-x/ifu

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/ifu

SUPPLY POWER

FAILURE One or more of the primary power sources are missing or out of order WARNING /ne/frame-x/ifu

TEST IN

PROGRESS

A test function is enabled on the unit. The test function can be a signal

loop WARNING /ne/frame-x/ifu

CONFIGURATION

FAILURE Configuration of IFU Basic Frame failed MAJOR /ne/frame-x/ifu

AIS-INSERT Signal from plug-in unit to IFU Basic Frame missing (transmit direction) CRITICAL/ne/frame-x/ifu/Ch.1

/ne/frame-x/ifu/Ch.2

RX FAILURE Signal from RIU to IFU Basic Frame missing (receive direction) MAJOR/ne/frame-x/ifu/Ch.1


LOF STM-1 / STS-3 Loss Of Frame CRITICAL





RS-TIM / TIM-S Regenerator section trace identifier mismatch MAJOR





MS-AIS / AIS-LSDH multiplex section alarm indication signal / SONET Line alarm

indication signal

WARNING/ne/frame-x/ifu/Ch.1


MS-RDI / RDI-L SDH multiplex section remote defect indication / SONET Line remote

defect indication WARNING



IFU XPAND Basic Frame Alarms


40/61


Severity Source

LOST CONTACT Communication between SU and IFU Basic Frame failed MAJOR /ne/frame-x/ifu

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/ifu

SUPPLY POWER

FAILURE One or more of the primary power sources are missing or out of order WARNING /ne/frame-x/ifu

TEST IN

PROGRESS


loop WARNING /ne/frame-x/ifu

CONFIGURATION

FAILURE Configuration of IFU Basic Frame failed MAJOR /ne/frame-x/ifu

RX FAILURE Signal from RIU to IFU Basic Frame missing (receive direction) MAJOR/ne/frame-x/ifu/Ch.1


PDH SYNCLOSS

ALARM OOF after alignment block CRITICAL /ne/frame-x/ifu/1

SU Alarms


Severity Source

SUBUS LINK Ethernet Link alarm between SU and IFU Basic Frame MAJOR /ne/frame-1/slot-1/su

USB

OVERCURRENT Only whenUSB Host controller is enabled WARNING /ne/frame-1/slot-1/su

CONFIGURATION

FAILURE Configuration of SU failed MAJOR /ne/frame-1/slot-1/su

Addi tional Alarms when SU Ethernet is enabled

TEST IN

PROGRESS

A test function is established on the unit. The test function can be a signal

loop WARNING /ne/frame-1/slot-1/su

MS-AIS / AIS-L SDH Multiplex Section Alarm Indication Signal / SONET Line Alarm

Indication Signal WARNING /ne/frame-1/slot-1/su

MS-RDI / RDI-L SDH Multiplex Section Remote Defect Indication / SONET Line Remote

Defect Indication WARNING /ne/frame-1/slot-1/su

AU-AIS / AIS-P

SDH Administrative Unit Alarm Indication Signal / SONET Path Alarm

Indication Signal WARNING /ne/frame-1/slot-1/su

AU-LOP / LOP-P SDH Administrative Unit Loss of Pointer / SONET STS Loss of Pointer WARNING /ne/frame-1/slot-1/su


41/61


42/61

LOS Loss of input signal to LIU CRITICAL /ne/frame-x/slot-x/stm-

4

LOF STM 4/OC 12 Loss Of Frame MAJOR /ne/frame-x/slot-x/stm-


43/61

LOF STM-4/OC-12 Loss Of Frame MAJOR4

RS-TIM / TIM-S Regenerator Section Trace Identifier Mismatch MAJOR /ne/frame-x/slot-x/stm-

4

MS-RDI / RDI-L SDH Multiplex Section Remote Defect Indication / SONET Line RemoteDefect Indication

WARNING /ne/frame-x/slot-x/stm-4

MS-AIS / AIS-L SDH Multiplex Section Alarm Indication Signal / SONET Line Alarm

Indication Signal WARNING

/ne/frame-x/slot-x/stm-

4

AIS INSERT Alarm Indication Signal is inserted in output signal MAJOR /ne/frame-x/slot-x/stm-

4

LOA Loss of Alignment MAJOR /ne/frame-x/slot-x/stm-

4

LASER OFF Transmit laser is turned off or SPF module is not present WARNING/ne/frame-x/slot-x/stm-4

LASER FAILURE Transmit laser failed CRITICAL /ne/frame-x/slot-x/stm-

4

RIU Alarms

The source is given for a RIU placed in slot position 4 in IFU number x.


Severity Source

LOST CONTACT Communication between SU and RIU failed MAJOR /ne/frame-x/slot-4/riu

TEST IN

PROGRESS


loop WARNING /ne/frame-x/slot-4/riu

CONFIGURATION

FAILURE Configuration of RIU failed MAJOR /ne/frame-x/slot-4/riu

EW Estimated Bit Error Rate is above configured threshold WARNING /ne/frame-x/slot-4/riu

LBER Estimated Bit Error Rate is above configured threshold MINOR /ne/frame-x/slot-4/riu

HBER Estimated Bit Error Rate is above configured threshold MAJOR /ne/frame-x/slot-4/riu

DEMOD SYNC

LOSS Demodulator is out of synchronization MAJOR /ne/frame-x/slot-4/riu

XCVR LOST

CONTACT Communication from XCVR t o RIU failed MAJOR /ne/frame-x/slot-4/riu

TX FAILURE Missing signal from IFU Basic Frame MAJOR /ne/frame-x/slot-4/riu

XCVR POWER

FAILURE Current exceeding limit on power supply to XCVR MAJOR /ne/frame-x/slot-4/riu

EXT AGC AT MAX Signal power level from XCVR to RIU is below l imit MAJOR /ne/frame-x/slot-4/riu


44/61

ADC

OVERRANGE Signal power level from XCVR to RIU is above limit MAJOR /ne/frame-x/slot-4/riu

XPIC SYNC LOSS

Only for XPICsystems

Signalling between RIUs for XPIC has failed MAJOR /ne/frame-x/slot-4/riu

Fan Alarms


Severity Source

UNIT MISSING Fan Unit is missing. MAJOR /ne/frame-1/slot-6/fan

FAN ALARM Combined alarm for the 3 fans on the fan unit. Fan speed is too low MINOR /ne/frame-1/slot-6/fan

ODU Alarms

The ODU connected to RIU in Slot No. 4.

Alarm Name Alarm Info

Perceived

Severity Source

NEED

CONFIGURATION ODU configuration is missing MAJOR /ne/frame-x/slot-4/odu

LOST CONTACT Communication between SU and ODU failed MAJOR /ne/frame-x/slot-4/odu

TX LO Transmitter Local Oscillator failure MAJOR /ne/frame-x/slot-4/odu

RX LO Receiver Local Oscillator failure MAJOR /ne/frame-x/slot-4/odu

CABLE LOF Signal from RIU not received properly in the ODU MAJOR /ne/frame-x/slot-4/odu

RF OUTPUT

TOO_LOW Measured R F Output level is below setting MINOR /ne/frame-x/slot-4/odu

ATPC LOOP

BROKEN ATPC feedback signal from remote receiver failed MINOR /ne/frame-x/slot-4/odu

RF INPUT LOS RF input signal level is below critical limit MAJOR /ne/frame-x/slot-4/odu

RF INPUT LEVEL RF input signal level is outside configured range WARNING /ne/frame-x/slot-4/odu

RF INPUT LEVEL

SPACE Space Diversity RF input signal level is outside configured range WARNING /ne/frame-x/slot-4/odu

POWER SUPPLY

FAILURE One or more of the secondary (internal) power sources out of order MAJOR /ne/frame-x/slot-4/odu

TEST IN

PROGRESS


loop WARNING /ne/frame-x/slot-4/odu

DOWNLOAD IN

PROGRESSSoftware is downloaded to the ODU WARNING /ne/frame-x/slot-4/odu


45/61

PROGRESS Software is downloaded to the ODU WARNING /ne/frame x/slot 4/odu

Auxiliary 64kb/s AlarmsThe source is given for a 64kb/s Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and Auxiliary 64kb/s unit failed MAJOR /ne/frame-1/slot-x/aux

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/slot-x/aux

TEST IN

PROGRESS

A test function is enabled on the unit. The test function can be a

signal loop WARNING /ne/frame-x/slot-x/aux

CONFIGURATION

FAILURE Configuration Auxiliary 64kb/s unit failed MAJOR /ne/frame-x/slot-x/aux

OHC LINK LOSS The internal packet channel has an error MAJOR

/ne/frame-x/slot-x/aux/port1




/ne/frame-x/slot-x/aux/hdlc

Engineering Order Wire (EOW) Alarms

The source is given for a EOW Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and EOW Unit failed MAJOR /ne/frame-x/slot-x/eow

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/slot-x/eow

TEST IN

PROGRESS


signal loop WARNING /ne/frame-x/slot-x/eow

CONFIGURATION

FAILURE Configuration EOW Unit failed MAJOR /ne/frame-x/slot-x/eow

/ne/frame-x/slot-x/eow/

port1

/ne/frame-x/slot-x/eow/port2


port3


port4


46/61

/ne/frame-x/slot-x/eow/hdlc

Alarm & Control Uni t (ACU) Alarms

The source is given for a EOW Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and ACU Unit failed MAJOR /ne/frame-x/slot-x/acu

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/slot-x/acu

CONFIGURATIONFAILURE

Configuration ACU Unit failed MAJOR /ne/frame-x/slot-x/acu

EXTERNAL

ALARM #[1..8] The n'th alarm input value differs from alarm normal value

User

defined /ne/frame-x/slot-x/acu

ALARM OUTPUT

#[1..4] Alarm Output Relay INFO /ne/frame-x/slot-x/acu

RELAY #[1..4]

STATE FAILURE Relay state failure WARNING /ne/frame-x/slot-x/acu

ADC NOT

CALIBRATED The unit has not been calibrated. Analogue measurements not valid WARNING /ne/frame-x/slot-x/acu

E1/T1 Wayside Unit Alarms

The source is given for a E1/T1 Wayside Unit placed in slot position x in IFU number x

Alarm Name Alarm Info PerceivedSeverity

Source

LOST CONTACT Communication between SU and E1/T1 Wayside Unit failed MAJOR /ne/frame-x/slot-x/wayside

POWER FAILURE One or more of the secondary (internal) power sources out of

order WARNING /ne/frame-x/slot-x/wayside

TEST IN

PROGRESS


signal loop or PRBS WARNING /ne/frame-x/slot-x/wayside

CONFIGURATION

FAILURE Configuration of E1/T1 Wayside Unit failed MAJOR /ne/frame-x/slot-x/wayside

LOS 01

LOS 02 Loss of input signal to E1/T1 Wayside Unit CRITICAL /ne/frame-x/slot-x/wayside

AIS-OUT 01

AIS-OUT 02 Alarm Indication Signal in output signal WARNING /ne/frame-x/slot-x/wayside

AIS-IN 01

AIS IN 02 Alarm Indication Signal in input signal WARNING /ne/frame-x/slot-x/wayside


47/61

AIS-IN 02

OHC LINK LOSS 01

OHC LINK LOSS 02 The internal packet channel has an error WARNING /ne/frame-x/slot-x/wayside

Gigabit Ethernet Unit Alarms

The source is given for a Gigabit Ethernet Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and Gigabit Ethernet Unit failed MAJOR /ne/frame-x/slot-x/giu

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/slot-x/giu

TEST IN

PROGRESS


signal loop WARNING /ne/frame-x/slot-x/giu

CONFIGURATION

FAILURE Configuration of the Gigabit Ethernet Unit failed MAJOR /ne/frame-x/slot-x/giu

PORTS

SWAPPED

Ethernet ports in receive direction are swapped. Port 1 to Port 2 and

Port 3 to Port 4/5 WARNING /ne/frame-x/slot-x/giu

VCG-[1..8] DOWN All members of VCG is down CRITICAL /ne/frame-x/slot-x/giu

VCG-[1..8]

DEGRADED Some members of VCG is down MAJOR /ne/frame-x/slot-x/giu

ETH LINK LOSS Traffic Ethernet link down CRITICAL /ne/frame-x/slot-x/giu

FORCED LINK

LOSS Traffic Ethernet link is forced down due to remote link loss MAJOR /ne/frame-x/slot-x/giu

E1/T1 Units Alarms

The source is given for a E1 Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and E1/T1 Unit failed MAJOR /ne/frame-x/slot-x/e1

POWER FAILURE One or more of the secondary (internal) power sources out of order WARNING /ne/frame-x/slot-x/e1

TEST IN

PROGRESS


signal loop WARNING /ne/frame-x/slot-x/e1

CONFIGURATION

FAILURE Configuration of the E1/T1 Unit failed MAJOR /ne/frame-x/slot-x/e1

LOS 01/ne/frame-x/slot-x/e1/1

/ne/frame-x/slot-x/e1/2


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-

-

-

LOS 25

Loss of E1/T1 input signal CRITICAL

/ne/frame x/slot x/e1/2


-

-


AIS 01

-

-

-

AIS 25

Alarm Identification Signal in E1/T1 output signal WARNING




-

-


DS3/E3 Alarms

The source is given for a DS3/E3 Unit placed in slot position x in IFU number x


Severity Source

LOST CONTACT Communication between SU and DS3/E3 Unit failed MAJOR /ne/frame-x/slot-x/ds3-e3

POWER FAILURE One or more of the secondary (internal) power sources out of

order

WARNING /ne/frame-x/slot-x/ds3-e3

TEST IN PROGRESS A test function is enabled on the unit. The test function can be

a signal loop WARNING /ne/frame-x/slot-x/ds3-e3

CONFIGURATION

FAILURE Configuration of the DS3/E3 Unit failed MAJOR /ne/frame-x/slot-x/ds3-e3

LOS 01

LOS 02

LOS 03

Loss of DS3/E3 input signal CRITICAL /ne/frame-x/slot-x/ds3-e3

OOF-IN 01OOF-IN 02

OOF-IN 02

Out Of Frame in input signal (DS3 mode) WARNING /ne/frame-x/slot-x/ds3-e3

AIS-IN 01

AIS-IN 02

AIS-IN 02

Alarm Indication Signal in input signal WARNING /ne/frame-x/slot-x/ds3-e3

IDLE-IN 01

IDLE-IN 02

IDLE-IN 02

Idle in input signal (DS3 mode) WARNING /ne/frame-x/slot-x/ds3-e3

AIS-OUT-INSERTED

01

AIS-OUT-INSERTED

02

AIS OUT INSERTED

Alarm Indication Signal is inserted in output signal CRITICAL /ne/frame-x/slot-x/ds3-e3


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AIS-OUT-INSERTED

03

OOF-OUT 01

OOF-OUT 02

OOF-OUT 02

Out Of Frame in output signal (DS3 mode) WARNING /ne/frame-x/slot-x/ds3-e3

AIS-OUT 01

AIS-OUT 02

AIS-OUT 02

Alarm Indication Signal in output signal WARNING /ne/frame-x/slot-x/ds3-e3

IDLE-OUT 01

IDLE-OUT 02

IDLE-OUT 02

Idle in output signal (DS3 mode) WARNING /ne/frame-x/slot-x/ds3-e3

Performance Alarms


Severity Source

G826-B1-15M

The 15 min calculation has exceeded the quality level threshold set

for a 15 min calculation. The alarm will not be clared until a complete

15 min period below threshold occurs

WARNING

/ne/frame-x/slot-2/liu

/ne/frame-x/slot-3/liu

/ne/frame-x/ifu/ch.1

/ne/frame-x/ifu/ch.2

DXC Alarms

VC-4/STS-3c SPE


Severity Source

LOST CONTACT Communication between SU and DXC unit failed MAJOR /ne/frame-x/slot-3/dxc

OOF STM-1 / STS-3 / OC-3 Out Of Frame MAJOR /ne/frame-x/slot-3/dxc

LOC Loss Of Clock MAJOR /ne/frame-x/slot-3/dxc

MS-AIS / AIS-L Multiplex Section Alarm Indication Signal / Line Alarm

Indication Signal WARNING /ne/frame-x/slot-3/dxc

MS-RDI / RDI-L Multiplex Section Remote Defect Indication / Line

Remote Defect Indication

WARNING /ne/frame-x/slot-3/dxc

AU-LOP / LOP-P Administrative Unit Loss of Pointer WARNING /ne/frame-x/slot-3/dxc

AU-AIS / AIS-P Administrative Unit Alarm Indication Signal WARNING /ne/frame-x/slot-3/dxc

HP-LOM Higher order Path - Loss Of Multi-frame alignment WARNING /ne/frame-x/slot-3/dxc

HP-UNEQ / UNEQ-P Higher order Path received Unequipped signal label WARNING /ne/frame-x/slot-3/dxc

HP-PLM / PLM-P Higher order Path - Payload Mismatch / STS Path

Label Mismatch WARNING /ne/frame-x/slot-3/dxc


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Label Mismatch

HP-ERDI / ERDI-P Higher order Path - Enhanced Remote Defect

Indication WARNING /ne/frame-x/slot-3/dxc

VC-3/STS-1 SPE


Severity Source







Remote Defect Indication WARNING /ne/frame-x/slot-3/dxc








TU-LOP /LOP-V Loss Of TU Pointer / VT Loss Of Pointer WARNING /ne/frame-x/slot-3/dxc

TU-AIS / AIS-V TU / VT Alarm Indication Signal WARNING /ne/frame-x/slot-3/dxc

LP-PLM / PLM-V

Lower order Path - Payload Mismatch / STS Path


LP-UNEQ /UNEQ-V Lowero rder Path - Unequipped WARNING /ne/frame-x/slot-3/dxc

LP-ERDI / ERDI-V Lower order Path - Enhanced Remote Defect


VC-12

Alarm Name Alarm Info PerceivedSeverity Source







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Indication Signal


Remote Defect Indication WARNING /ne/frame-x/slot-3/dxc








TU-LOP /LOP-V Loss Of TU Pointer / VT Loss Of Pointer WARNING /ne/frame-x/slot-3/dxc

TU-AIS / AIS-V TU / VT Alarm Indication Signal WARNING /ne/frame-x/slot-3/dxc

LP-PLM / PLM-V Lower order Path - Payload Mismatch / STS Path


LP-UNEQ /UNEQ-V Lowero rder Path - Unequipped WARNING /ne/frame-x/slot-3/dxc

LP-ERDI / ERDI-V Lower order Path - Enhanced Remote Defect


SETS Alarms


Severity Source

SYNCHRONISATION PRIORITY

1

Synchronisation source for T0 with priority 1 is

selected by SETS INFO /ne/frame-x/slot-3/dxc


2




3




4



SYNCHRONISATION FREE

RUNNING T0 runs on local oscillator INFO /ne/frame-x/slot-3/dxc

SYNCHRONISATIONHOLDOVER T0 is in Holdover mode INFO /ne/frame-x/slot-3/dxc

SYNCHRONISATION T4 PRI 1 Synchronisation source for T4 with priority 1 is





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SYNCHRONISATION T4 LOCAL T4 runs on local oscillator INFO /ne/frame-x/slot-3/dxc

SONET / SDH Mapping structure

In the figures below the mapping structures of SONET and SDH signals are shown


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In the figures below, the mapping structures of SONET and SDH signals are shown

Mini Balun Termination Procedure

1 Disassemble the rear end components from the mini-balun


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1. Disassemble the rear end components from the mini balun.

2. Fit the rear outer cover assembly onto the cable, beginning with the smaller end.

3. Strip the cable jacket to 11mm from the end of the cable.

4. Fold the drain wire back and around the cable sheath.

5. Insert the wires into the holes in the smaller end of the stuffer cap.

6. The hole in the protruding section of the stuffer cap corresponds with the polarity of thecentre conductor of the coaxial connector. Ensure that the stuffer cap is pushed hard

against the cable face. Spread the conductors apart towards the sides of the stuffer

cap and fit the conductor ends into the slot in each side of the sfuffer cap.

7. Ensure that the end of each conductor is positioned behind the lip and into the cavity atthe end of the slot as per the illustration.

8. Orient !he tongue on the mini balun to line up with the flat on the stuffer cap and insert

the stuffer cap onto the IDC terminals. Ensure bat he wires are correctly positioned in

the slots. (Refer to point 7 above.)

9. Pull the rear outer assembly forward and align the key to the key into the mini-balun

body. Secure the nut finger tight. Lightly tighten using a 10mm spanner.


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Gigabit Ethernet Unit, Ethernet configuration

Configuration table for


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Ingress Rate Limiting (IRL). See Gigabit Ethernet Unit, Ethernet page for setting

Flow Control (FC). See Gigabit Ethernet Unit, Ports page for setting

Drop Mode. See Gigabit Ethernet Unit, Ethernet page for setting

Configuration

MODE/Application Ingress Rate Limiting Drop Mode Flow Control QoS Penalty

TCP Traffic: Ingress Rate Limiting w/FC ON Burst Drop ON

Maximum throughput no QoS

NA

Drop when Ingress

Rate > link capacity

QoS

NA

ON

Drop when Ingress

Rate > link capacity

QoS with Ingress Rate Limitting and FC

ON

Burst Drop

ON

ON

Not recommended

mode, HOL (Head

Of Line Blocking)

Ingress Rate Limiting: Storm prevention, UDP and

other connection less protocols

ON

Continous

Drop

Ingress Rate Limiting: Storm prevention, TCP/IP QoS

w/Ingress Rate Limiting

ON

Burst Drop

TCP/IP throughput

QoS with Ingress Rate Limiting

ON

ContinousDrop

ON

TCP/IP throughput

Abbreviations


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A l B l C l D l E l F l G l H l I l J l K l L l M l N l O l P l Q l R l S l T l U l V l W l X l Y l Z

A

AC Aternating Current

AGC Automatic Gain Control

AIS Al I di ti Si l


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AIS Alarm Indicating Signal

ALC Automatic Level Control

ANSI American National Standards Institute

ASIC Application Specified Integrated Circuit

ATPC Automatic Transmit Power Control

AUX Auxilliary Unit

B

BB Baseband

BER Bit Error Rate

C

CCITT Comit Consultatif International de Tlgraph et des Tlcommunications (ITU)

Clk Clock

CODEC Coder/Decoder

D

DC Direct CurrentDCC Data Communication Channel

DXC Digital CrossConnect

E

EMC Electromagnetic Compability

EOW Engineering Orderwire

EPROM Erasable Programmable Read Only Memory

ESD Electrostatic DischsrgeETSI European Telecommunications Standards Institute

F

FCC Federal Communications Commission

G

GbE Gigabit Ethernet Unit

GND Ground

H

HBER High Bit Error Rate

HDLC High-level Data Link Control

HF High Frequency (3-30 MHz)


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I

IF Intermediate FrequencyIFU Interface Unit

ISO International Organization for Standardization

ITU International Telecom. Union

ITU-R International Telecom. Union (former CCIR)

ITU-T International Telecom. Union (former CCITT)

J

K

L

LAN Local Area Network

LBER Low Bit Error Rate

LCAS Link Capacity Adjustment SchemeLED Light Emitting Diode

LIU Line Interface Unit

LLF Link Loss Forwarding

LO Local Oscillator

LSI Large Scale Integration

M

MUX Multiplexer

N

NE Network Element

NOH Nera OverHead

O

OHC OverHead Connections

P

PC Personal Computer

PCB Printed Circuit Board

PLL Phase Locked Loop

PROM Programmable Read Only Memory

PWR Power


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PWR Power

Q QoS Quality of Service

R

RCVR Receiver

RF Radio Frequency

RIP Routing Information Protocol

RIU Radio Interface Unit

RSSI Received Signal Strength Indicator

S

SDH Synchronous Digital Hierarchy

SNCP Simple Network Connection Protection

SNMP Simple Network Management Protocol

SNTP Simple Network Time Protocol

SOH Section OverHead (ETSI)SONET Synchronous Optical NETwork

SU Supervisory Unit

SVCE Service Channel Equipment

T

TOH Transport OverHead (ANSI)

U

V

VCO Voltage Controlled Oscillator

VCXO Voltage Controlled crystal Oscillator

VLSI Very Large Scale of Integration

W

WAN Wide Area Network

X

XCVR Transceiver (Transmitter/Receiver)

XMTR Transmitter

XO Crystal Oscillator


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y

Y

Z

Documents

Airfiber Ceragon Appendices